FedSOC: Federated Detection
FedSOC generates detections across distributed telemetry without requiring centralized log collection. Broader coverage, lower risk, logs stay at the source.
Why centralized detection breaks
- Logs traverse a transport chain. Endpoint to collector to pipeline to SIEM to rule match. Each hop adds latency adversaries exploit.
- Detection rules decay faster than teams can maintain them. Detection engineering consumes 60% of security team time, mostly rewriting brittle rules across heterogeneous schemas.
- L1 and L2 triage do not scale. Analysts drown in alert volume. MTTI is measured in hours while attackers complete objectives in minutes. The arithmetic does not work.
The Inflection PointWhy this matters right now
AI-driven adversaries are compressing the kill chain. Initial access to objective is now measured in minutes. Lateral movement spans cloud, identity, and SaaS in a single chain. Static detection content written for yesterday’s TTPs misses today’s variants, and SIEM content libraries cannot keep pace with adversary innovation.
The answer is federated detection. FedSOC generates and runs detections where the data already lives, refines them from every alert, and federates correlation across the tools you already own — no log centralization, no ingestion bill, no pipeline lag.
How FedSOC works
1Connect
Native API integration to 150+ security tools (CrowdStrike, Okta, AWS, Proofpoint, ExtraHop NDR, legacy SIEM). No log ingestion.
2Auto-Schema
Sample incoming events, infer schemas, map field relationships, and build a common vocabulary across every source. Weeks of normalization happen automatically.
3Author in Plain English
Describe a threat in natural language. FedSOC identifies the right telemetry, generates production-ready detection logic, and deploys it where the data lives.
4Federate
Correlate signals across tools in real time. Queries go to the source. The intelligence travels, the data stays put. No SIEM ingestion bill.
5Track Coverage
Continuously evaluate detection coverage against MITRE ATT&CK, reachable attack paths, and real exposure. Surface blind spots and recommend new detections.
6Refine
Every override, false positive, and verdict updates the priors. The detection layer learns continuously instead of being rewritten by hand.
Works across 150+ integrations →
Common detections FedSOC unifies
Phishing to Cloud Pivot
Federated chain: Proofpoint flags inbound email → Okta sees anomalous sign-in → AWS detects bucket access → CrowdStrike sees unfamiliar process. All stitched into one case in seconds.
What FedSOC detects: the cross-tool progression, not just four isolated alerts in four queues.
How FedSOC closes coverage: auto-generates and maintains the cross-tool correlation logic that single-tool detections cannot express.
Lateral Movement Across Identity and Endpoint
Federated chain: Azure AD detects unusual sign-in → CrowdStrike sees reconnaissance behavior → identity baseline violated → privilege escalation detected → one timeline assembled.
What FedSOC detects: the chain across identity and endpoint, not the events independently.
How FedSOC closes coverage: queries each tool natively, normalizes to a shared event model, correlates in real time.
AI-Driven Kill Chain
Federated chain: CVE disclosed → asset exposure validated → control state checked → detection logic generated → propagated to every relevant tool in minutes.
What FedSOC detects: the disclosure-to-detection compression that beats AI-driven adversaries to the objective.
How FedSOC closes coverage: translates new threat intel into deployed detection logic without a human writing a rule.
Decayed Detection Content
Federated chain: existing SIEM rule fires zero hits for 90 days → MITRE technique still relevant → coverage gap surfaced → new detection generated and validated.
What FedSOC detects: the silent decay of detection content as adversary TTPs evolve.
How FedSOC closes coverage: recommends and authors replacement detections continuously, instead of leaving stale rules in the SIEM.
Detection logic runs where your data lives. The federation layer carries questions, answers, and verdicts, never raw logs.
Competitive Landscape: The Three Camps
Centralized SIEM (legacy detection)
Ingest every log, write rules at the bottom, queue every alert. Detection latency grows with the pipeline, and cost grows with every connected source.
FedSOC queries each tool directly via native APIs. The intelligence travels, the data stays put. No ingestion bill, no storage tax, no pipeline lag.
Single-vendor XDR platforms
Correlate well across the vendor’s own stack, but lose fidelity the moment you cross into another vendor’s tool.
FedSOC federates across heterogeneous stacks through 150+ native integrations. Detection coverage is bounded by what your existing tools see, not by a single vendor’s ecosystem.
Detection-as-code platforms
Help detection engineers version and deploy rules to a SIEM, but the rules still have to be authored, tuned, and maintained by hand.
FedSOC authors detections in natural language, generates production logic automatically, maps coverage against MITRE ATT&CK continuously, and refines from every override.
Tuskira (FedSOC)
A federated detection layer that sits across the existing stack, runs the AI SOC agent workforce, and operates on the same Security Context Graph that powers Kairo, Quell, and Lattice.
FedSOC closes the loop. It generates detection logic, federates correlation across tools, tracks MITRE coverage continuously, and produces auditable verdicts under human oversight.
What our customers say
“2026 is the year cyber defenses are seeing the shift from AI-assisted attacks to AI-enabled attacks, and defenders need to adapt. That’s why Intrado partnered with Tuskira.”
Charles Gifford, CISO, Intrado
Broader coverage. Lower risk. Logs stay at the source.
See how FedSOC federates detection across 150+ tools, generates logic in natural language, and tracks MITRE ATT&CK coverage continuously — without centralizing a single log.
See Full Stack Agentic SecOps in Action
Generate detections at the source, connect them through shared context, and accelerate triage and response across the SOC.
Watch the video
See how Tuskira helps security teams validate threats, uncover breach paths, and move faster from signal to action.